BODY WASTE CONTAINER AUTOMATIC CLEANING AND RE-USE PREPARATION APPARATUS

Abstract: An apparatus for disposing of body waste in a children's toilet is comprised of a container (100) and an associated housing structure which are adapted to be seated on a conventional toilet. Waste in container (100) is dumped into the toilet via a cable (154) and pulley (64, 66, 68) mechanism on the intake stroke of a hand pump (170). A water intake hose (172) is manually lowered into the toilet water via a hose control handle (162) prior to the operation of the pump. While the container (100) is in a vertical dumping position, the exhaust stroke of pump (170) forces water siphoned from the toilet through a jet outlet (180) to clean the interior of the container (100). The container (100) automatically returns to its rest, or horizontal, position due to the action of a return spring (28).

Description: BODY WASTE CONTAINER AUTOMATIC CLEANING AND RE-USE PREPARATION APPARATUS Field of Invention This invention relates to non-fix commodes which use removable waste container. Specifically to child potty, medical commode and bedpan product that use waste containers to recieve body- waste. These containers are then removed from the non-fix support apparatus, dumped into residential or institutional fixed commodes, rinsed by fresh water from sink, tub or shower repeat¬ edly until clean. Generally, when container is finally cleaned, clean water is deposited into container from same source cleaning water came from to keep body waste from sticking to con¬ tainer when re-used. Background of invention It is old in the prior arts that non-fixed commode products with removable waste containers have provided toilet service for groups unable to use regular fixed commodes. Such commodes are most commonly used for infants or toddlers who can't use regular fixed commode due to immaturity; and medical patients such as stroke, cancer and handicap patients,etc, whose medical condition limit their physical mobility. These commode apparatus's vary in size and design. One recent prior art is a child commode training apparatus U.S. Pat. No. 5,083,325 To j.Nitullo of Tracy, California. This apparatus is an assimilation of an automobile to enhance use by child. Patient care products also have a variety of styles and designs. The lumex company of bayshore,N.Y. Markets a commode chair whose cushion come off to access the commode (item # 6756). However, no matter what the style or design is almost all non-fixed commodes use a removable container for body waste.This container is independent of the commode seat and either slides into position under seat on a bracket or is placed under the commode seat on a support structure. Generally, before a non-fixed commode is used water is ussually deposited at the bottom of the container. This makes the cleaning much easier and prevents the body waste from sticking to the container. After the body waste enters the container, it is removed and transported from the non- fixed commode apparatus and ussually dumped into a fixed commode bowl. Then the dirty container is rinsed ussually at a residential, institutional or commercial sink, tub or shower faucet where everyone should have clean facilities. The rinsing and dumping process is sometimes repeated very frequently and usually repeated at least two or three times for cleaning satisfaction. Frequently, body waste and/or contaminated water splashes during the dumping and rinsing pro¬ cess. Every time rinse water is put into the container it must be dumped into the fixed commode. Therefore, the opportunity for splashing body waste and contaminted water on the individual user and area in close proximity to the fixed commode exist at least three or four time with each use of the non-fixed commode. Also, when rinse water is being put in dirty container at the sink, tub or shower faucet there again is a risk of splashing body waste and contamined water on these areas creating extremely unsanitary conditions. In addition to being unsanitary this process uses and excess of natural resources, human resources and energy that the new invention doesn't. Every time the sink, tub or shower faucet is on, energy is used to pump the water. Also, water is reserved because the new invention greatly reduces consumption. Finally ,human energy and time is saved because the frequent rinsing,dumping and re-use preparation heretofore is eliminated by new invention. Object and Advantages A. The principal object and advantage of the present invention is to provide an improved way of cleaning the heretofore non-fixed commodes with removable and reusable body waste containers, by an apparatus that will contain the body waste and discharge of it by setting this apparatus on top of the fix commode and using fix commode clean water to flush the apparatus. B. A further object and advantage is to provide a means of cleaning non-fix commode which doesn't involve pouring waste materials from open container into fixed commode. C. A further object and advantage is to provide a apparatus for the cleansing of non-fix commodes with waste containers that doesn't need clean water from another source independent of fix com¬ mode where dumping usually takes place. D. A further object and advantage is to save natural resources by using same water that normally is used to flush body waste down fix commode to clean the non-fix container which before needed clean water from another source to clean it and still use water from fix commode for flushing fix commode after dumping and rinsing of container takes place. E. A further object of present invention is to provide an effective process to clean non-fix com¬ modes which doesn't involve using a container that recieves body waste and must then be manually cleaned. This eliminates the unsanitary situation that exist when the same container that recieves body waste is brought into close proximity with sink, tub or shower faucet to be rinsed and clean (usually a couple of time each use) for re-use. F. A further object and advantage of present invention is to save energy by using same water that flush fix commode (after non-fix commode body waste container is dumped into fix commode) to cleanse non-fix commode container reducing the overall amount of energy heretofore needed by eliminating the need to run clean water from another source independent of fix commode, to rinse,clean and deposit water for re-use. G. A further object and advantage of present invention is to provide a means of cleansing a non- fix commode that significantly reduces the time that body waste is exposed to individual that hertofore would have to remove open container from non-fix apparatus and dump it into fix commode, and repeat the rinsing,cleaning and dumping process until container is clean. H. A further object and advantage of present invention is to eliminate threat of splashing body waste and contaminated water onto the dumper of the container and area around fix commode. I. And still a further object of the present invention is to develop technology in such a way that all non-fix commodes with removable and re-usable containers heretofore can have various products design and constructed with this concept that all these advantages may be realized by all in need of non-fix commode. Drawing figures Fig.21 Is a side view of apparatus with many component. Fig.22 Apparatus on top of fix commode. Fig.23 Shows bottom view of apparatus. Fig.24 Is a container and container track with acesssories Fig.25 Front wall with all its components exposed (also call dumping wall). Fig.26 Back of first wall with all indentations fig.27 Shows top view of pump support platform and hold-down handle including top view wall 200,300,400,500. Fig.28 Front of second wall with indentations and parts. Fig.29 Back of second wall 500 with indentation and components. Fig.29a Side view between wall 500 and 600 which incorporates hose control handle guide. Fig.29b Top view of wall 500 with the cable track. Fig.30 View of track Fig.30a Front view of pinflange in track Fig.30b Top view of pinflange Fig.30c Side view of pinflange Fig.31 Back view of kinetic energy (handle lowered) Fig.3 la Side view of kinetic energy (handle lowered) Fig.3 lb Back view of operative (handle coming up) Fig.3 lc Side view of operative Fig.32 Third wall 600 with spring hook mount and drainplug. Fig.33 A view of wall 500 with cable track that inclines so that cable pinflange fades into it. Fig.34 View of pump with linkage (112), axle (92), trigger (96a&b) fig.34a Bottom view of pump with intake and exhaust hoses and valves Fig.1000 PDP Design of C.I.P. (abstract drawing) Fig.2000 Corresponds to Fig. 29 above with new pump actuator container release 330 Fig.4500a Top view of pump actuator Fig.4500b Front view of pump actuator Fig.4500c Side view of pump actuator Fig.4500d Back view of pump actuator Fig.35 Pump with plastic creases and linkage for hose switch SU8ST!TU T E SHE r I P JL 26) and container latch control. Fig.35a Exploded view of linkage with latch. Fig.35b Hose switch linkage 114 which is part of pump mounted primary linkage 112 with upper and lower braces and half of release switch 98b. Fig.35c Front view of pump axle with linkage tripper, male joint, and linkage seat rim. Fig.36 Side view of hose handle release switch Fig.36a Niew of location of hose handle release switch (500 wall) Fig.36b Hose release switch spring plate Fig.37 Latch case (wall 200) with v-spring return Fig.37a Back of latch (48) Fig.37b Front of latch (48) Description of preferred embodiments A typical embodiment of the body waste container automatic cleaning and re-use preparation apparatus is illustrated in fig.21 (Without the commode seat). The body waste container automatic cleaning and re-use preparation apparatus (henceforth to be called apparatus) has a container unit 100 which fig.21. And fig.24 shows side view of. This container unit comprises a container cable hook 12 and a container latch lip 14, (two containers axles 16a+16b and a container) spring hook 18 which all connect to container 13. Also, the container axels 16a and 16B fits into two containe tracks 20a and 20b that are connected to container track walls 24a & 24b. Two container track walls 24a and 24b are joint together in the very front by a container wall bar 26 that mount into holes 22a and 22b respectively on container track walls 24a & 24b. Container return spring 28 is connected to container spring hook 18 and container wall bar 26. A toilet catch stand 196 will be discussed later. Fig.25 Shows the front of first wall 200 where container wall male joints from fig.21 & 24 30A & 30B connects to container wall female mounts 32a and 32b located on front o first wall 200. Container unit 100 is now connected to 1st wall 200 by male joints 30a & 30b mounting to female mount 32a & 32b. A container rest seat is where the container 13 back end rests on a slight decline (see fig. 21). Container indentation 36 encompasses the top half of con¬ tainer rest seat 38 that when container 13 is in operating position it seats in 36 see fig.25 (To be discussed later). At top of container indentation 36 and within the circumference of 36 and cen¬ tered therein is jet nozzle opening 40. Also in fig.25 and fig. 37A and B is a latch case 42 adjacent to container indentation 36 and o the same side as the container latch lip 14 from fig.21 And fig. 24 Container unit 100. Inside latc case 42 is latch pivot pin 44, latch linkage hole 50 (at very top of latch case 42) and a spring stop pin 52 sticking out off latch case 42. N-shape spring 54 which fits over a spring holding pin 58, and a latch 48 with an attached spring stop pin 56 fits onto latch pivot pin 44. Keeping the spring 54 between stop pin on latch 56 and stop pin on case 52, latch clip 46 is clipped over latch pivot pin 44. This completes the latch compartment. Linkage and container latch lip will be discussed later. Fig.26 Shows pulley 64, 66 which gives mobility to cable connected to the container unit 100 at part 12 on fig.21 And fig. 24. This cable ends later on back of 2nd wall 500 where fig. 29 Shows cable track pulley 68 (the 3rd and final pulley), cabletrack 150, cable 154 and cable pin¬ flange 152 where cable 154 is connected to cable pinflange 152. This means that the cable starts on container unit 100 (at container cable hook 12 fig.21 And fig. 24) And is directed by pulley 64 and 66 on back of first wall 300 and cable ends on wall 500 fig. 29 Where pulley 68 directs cable 154 to cable pinflange 152 which slides in cable track 150. Fig.26 And f.g.28 Encompasses wall 300 and wall 400 in which top half is structured for pump 170 and pump mounted primary linkag 112 who's exploded view are in fig. 34, 34A and 35A, B, and C. Also, fig.27 give a top view of SUeS τ , 7'-TE Sri E ' IP.JLΞ 26) pump platform 118 as well as top view of wall 500 and wall 200 including hold down handle 116. A plastic pump 170 in fig. 34, 34A & 35, (with a softer flexible plastic with creases in it for the pump wall), has a pump axle 92,. A pump seat male joint 124a & 124b also in fig. 35, A and C (made of harder plastic) fits securely into pump female wall grove 122a and 122b of wall 400 and 300 fig.28 And fig.26 respectively. Also.pump handle 128, pump axle 92 and pump handle guide male 128a and 128b all are made of a harder plastic. Pump handle guide male 128a & b and pump axle male joint 92a & b in fig. 35, A and C fits tightly into pump handle female guide 126a & b and female wall holes 90a & b fig.26 & 28 respectively. Pump handle 128, pump handle male guide 128a & b and the pump axle 92 are all one solid hard plastic piece. In fig. 34, 34A, Pump 170 has intake hose 172 intake valve 174 as well as an exhaust hose 176,exhaust valve 178 which includes a jet nozzle 180. The exhaust hose 176 and intake hose 172 with their respective valves 178 and 174 go through the pump platform (see fig.27 118) hose 176 and valve 178 go through hole 120a while hose 172 and valve 174 go through hole 120b. Now that pump 170 is mounted, jet nozzle 180 is connected to jet opening 40 from wall 300. The intake hose 172 is encompassed by the hose control holder 168 which in turn is connected to the hose control handle with spring arm 162 (seen in fig.29) and the intake hose weigh 182 is on intake hose 172. In fig. 35, A, B, C, and D we see the device that initiate all automatic aspects of apparatus. A pump mounted primary linkage 112 (made of a strong metal rod mat'l coated in plastic) is fitted onto front of pump 170 at pump axle linkage seat rim 93a and 93b, see fig.35, A, B, and D and fitted between wall 300 and wall 400 respectively. In fig. 35 and 10b, two pump mounted pin triggers 96a and 96b are position to push linkage 112 when operating pump. Latch linkage 110 go through latch case hole 62 and inside latch case 42 to connect latch 48 at latch linkage hole 50 see fig. 37A and B. latch 110 is held in position by latch linkage stabilizer bar 60 and the close fit at latch case hole 52 and latch linkage hole 50. Latch linkage 110 is over top of pump mounted primary linkage 112 where they intersect in fig. 35. In fig. 35, A and B hose switch linkage 114 is part of pump mounted primary linkage 112 and is alligned by and upper and lower switch linkage brace 94a & b. Hose switch linkage 114 curves back toward pump handle and must be close to wall 400 to push hose handle release switch 98b. A hose handle release switch 98 is one piece that has one side out on wall 500 side 98a and the other part out on the 400 wall side 98b as shown in fig. 36A and B,. A hole is in wall 400 Through wall 500 for a precision fit of the hose handle release switch 98. This switch comprises a release switch spring 95 underneath the 98a part of switch and in between wall 400 an 500, a flange 91 (which catches back of wall to limit switch) and a plate 97 that scew in by screw 99 to contain switch spring 95 and release switch 98b in their place. The linkage side of release switch 98b sticks out until hose switch linkage 114 presses it down from wall 400 side, causing the hose handle side 98a (500 wall) to press into wall and relase the hose control handle with spring arm 162. The hose switch linkage 114 operates the hose handle switch release 98; the latch lingae 1 10 operates latch 48, both by the pump mounted primary linkage 112. In fig. 31, 31 A, B, and C a cable 154 rolls on three pulleys 64, 66, an 68 and are shown connect to the container cable hook 12 and the cable pinflange 152. Shown in fig. 30, 30A, B, and C, an fig. 31, 31 A, B, and C & fig. 29 are a cable track 150 with a cable pinflange 152, a cable 154, a hose handle release switch 98 and a hose control spring 156,. Fig. 30, 30, a, b, and c a shows a operational back and side view respectively. A male joint and bushing 161 fig. 29, is mounted t wall 500 and the hose control handle and spring arm 162 fits over it and a hose control handle pi 160 fits over 161. In rest position the hose control handle and spring arm 162 is against the hose control handle stopper 164. This hose control handle stopper 164 is mounted into a hose stoppe mount hole 166. Also in fig, 29A is a side view of the hose control handle guide 158. A hose control holder 168 is part of the hose control handle and spring arm 162. In fig. 32 a mounted hook 190, is part of wall 600 which a hose control spring 156 is connected. It also is connected the hose control handle an spring arm 162. Also, on fig. 32 is a drain switch 192 and toilet catch stand 194. This entire apparatus, process, and concept specified herein are not to limit this present inven¬ tion, but are to be considered a illustration and only the claims should limit the scope. One skille in the arts will see a variety of forms, style and variation that are probable. Please do not miscon¬ strue this. For an example; the cable drive train that transfer hose handle spring power to contain to dump it, can easlty be replaced by a gears an shafts set-up. OPERATION The manner of using the body waste container automatic cleaning a re-use preparation apparatus is unique and therfore not found in the prior arts. After body waste is in apparatus container area, apparatus is put on top of any fix commode that has clean water in its bowl see fig.22. A intake hose is lowered (from the apparatus) into fix commode bowl clean water by the hose control handle 162 being pull down from approximately 90 degrees to 180 degree. This hose control handle with spring arm 162 (which is now spring loaded) is place behind a hose handle release switch when above step is taken. The apparatus pump brings water from fix commode bowl into apparatus pump, when pump handle is lifted from approximately 0 to 100 degrees due to vacuum created in pump. In order for the water to clean the body waste out of the container 13 fig. 21 & 24 the container must turn from horizontal to a vertical position. The energy for this action comes from the hose control handle and spring arm 156 in fig. 29 just discussed. Remember, a hose control handle with spring arm 162 was connected to hose control spring 156 that mounted to fig. 30, 30, a, b, and c wall 600 spring mount hook 190,. When 162 was dropped, a intake hose 172 was lowered into the fix commode bowl and the hose control handle with spring arm 162 was locked behind a hose handle release switch 98 in fig. 29 and fig. 31, 31A, B, and C. Also in fig. 29 and fig. 31, 31A, B, and C you see a cable pinflange 152 that fit and slides in the cable track 150. Once the hose control handle and spring arm 162 is release by 98 it will catch the cable pinflange 152 an pull it up through the cable track 150. The cable pin¬ flange 152 is connected to the cable 154 on one end, and connected to container cable hook 12 at other end, and while rolling on pulleys 64 an 66 on fig.25 and 68 on fig. 29 the container 13 goes from horizontal to a vertical position . Dynamic diagram in fig. 31, 31 A, B, and C. Because the cable track 150 (on wall 500 fig.29) inclines (from right to left see top view in 31 , 31 A, B, and C), the cable pinflange 152 fades into track as track expands out as it goes. This is necessary to release hose control handle with spring arm 162 from pinflange. Pinflange is inside track 150 while the hose control handle wid spring arm 162 is outside of track at furthest point left see fig. 29. It is necessary to release these two, so that the container may return to horizontal posi¬ tion via container return spring 28 shown in fig 21 and 24. Heres how the hose control handle and spring arm 162 was release by hose release switch 98. As pump 170 was on intake stroke the pump mounted primaiy linkage 112 fig. 35, A, B and C was operating. Inside wall 400 drawings fig. 35B show the front view of hose handle release switch 98b isolated. For an exploded view of this whole switch 98 see fig. 36A and B. The switch has two sides: one side on wall 500 fig. 29 that holds down the hose control handle and spring arm 162. This side of switch is 98a; on the other side of the wall ( 400 wall ) is switch side 98b which is depressed by hose switch linkage 114. When the pump 170 is on its intake stroke the hose handle release switch 98 is operating simultaneously via the pump mounted primary linkage 12 and it's associated parts (see fig. 35, A, B, and C). As pump 170 is raised on intake stroke the pump pin linkage tripper 96b push the pump mounted primary linkage 112. Automatically, a hose switch linkage 114 (which is part of 112) moved along wall 400 (fig.28 & 35B) and depresses hose handle release switch 98b. Upper switch linkage brace 94a and lower switch linkage brace 94b assures strength and support needed for hose switch linkage 114 (plastic coated metal rod) not to bend after frequent use. Hose switch linkaage 114 is automatically released from 98b when pump 170 is on the exhaust stroke (down stroke) when pump pin linkage tripper 96a pull pump mounted primary linkage 112 back. Summary: Once user puts body waste into apparatus container area, the entire apparatus is set on top of any fix commode bowl with clean water in it. A hose from the apparatus is lowered into clean water in fix bowl by the hose control handle with spring arm 162, which when lowered is being spring loaded and then lock behind a hose handle switch release 98. This spring energy is the power that dumps the container through a cable drive train assembly. Just above this switch 98b is a cable pinflange 152, that slides through a related cable track 150. Then, a pump (on the same apparatus) is raised up to intake clean water from fix bowl. The spring operated hose control handle and spring arm 162 (just mentioned) when released by hose release switch 98 (to be explained shortly), carries the cable pinflange 152 through cable track 150. The cable pinflange 152, in turn, pulls a cable 154, which is suspended by three pulleys, and is also connected to con¬ tainer 13 on the container cable hook 12, and as the spring pulls the hose control handle with spring arm 162 from approximately 190 degrees to 90 degrees, the container goes from horizontal to a vertical position, (via this cable drive train set-up) dumping any waste in the container into the fix commode bowl. (This is a complete cable drive train set-up for the preferred embodiment). The releasing of the hose handle release switch 98, was initiated by the pump mounted primary linkage 112 and the hose switch linkage 114 as the pump simultaneously mobilized them. The reader also should understand how the cable pinflange 152 when being carried along by the hose control handle and spring arm 162, fades into cable track 150 on wall 500 to separate 162 and 152, that the remaining process can be carried out without restriction. Operation continues: Before the pump can start its exhaust stroke to clean the container, the latch 48 must have locked container 13 in a vertical position. This happens when the container had gone from a horizontal to a vertical position, the container latch lip 14 got caught in latch 48. The container 13 must be in vertical position against wall 200 if the water corning from the pump and hose connected jet nozzle 180 (see fig. 34, 34A and fig.25) will be able to direct water coming from pump 170 (during its exhaust or cleaning stroke) into the contaminated container area. Also, container 13 fits snugly into container indentation 36 on wall 200 fig. 25, to stop any leakage. Now pump can be pressed down to purge clean the contaminated area. The pump water must not only purge the container clean but also leave clean water in container to prepare it for the next use. SUcSTrUT SHrC Γ * J ; _-: ςj When container 13 is against wall 200 and locked by latch 48, and pump 170 is full of intake water which came from fix commode bowl clean water during pump intake stroke, the depressing of pump 170 can purge clean the container. After pump has exhausted 75% of water to clean the container, simultaneously the pump should be approximately 75% of way toward rest postion, at which time the container must return to a horizontal position. This is necessary because the con¬ tainer cannot be dry when body waste is put in it, and with 25% of water left, the container needs to be in a horizontal or rest position to receive the remaining water for re- use preparation. The return of the container 13 to a rest of horizontal position is accomplished by first releaing latch 48 fig.25 and fig. 37A and B. This latch is currently holding the container 13 against wall 200 while pump 170 is purging during downstroke. Releasing takes place when at approximately 3/4 of the way into downstroke (or exhaust stroke), the pump mounted primary linkage 112 is pulled by pump linkage trigger 96a and the latch linkage 110 pulls latch 48, as shown in fig. 35 and releases continer. Secondly, a return spring 28 is connected to the container wall bar 26 and container spring hook 18. Therefore, when container 13 is vertical the spring has a negative force upon continer. Once latch 48 release container 13 the springs action return container to rest or horizontal position. Note : How does the container turn from horizontal to vertical without splashing body waste and contaminated water on the apparatus and intake hose 172? The same time the hose control handle and spring arm 162 is pulling the cable pinflange 152, cable 154 and container 13, the intake hose 172 is being pulled out of fix commode and back into apparatus. The body waste inside the container 13 isn't being flushed by clean water yet because pump hasn't began the down stroke yet. Also the water table inside the non fix commode bowl is lowered by the pump 170 siphoning process. Therefore, there isn't enough water in fix commode to cause a splash onto appaaratus. Also, body waste is dumped by container 13 in the front of the fix commode bowl where there can't be much water to splash at this time. The operating support features include the hold down - handle 116 at end of the pump platform 118 shown in fig 27 and is designed to make operating the pump 170 and hose control handle with spring arm 162 easier. The toilet catch stands fig.23 is designed to support and stabilize apparatus while on top of tiolet as seen in fig.22. Accordingly, reader will see this invention can enable user of removable container type commode a more sanitary, resource efficient and easier way to dispose of body waste, associated with non- fix type commodes. - No removing receptive waste container manually. - No transporting open container of unsanitary body waste manually. - No manual dumping of body waste. - No splashing of waste material in fix commode area. - No repeated rinsing of reception container over sink, or tub where brushing teeth, or where washing and bathing takes place. - No manual replenishing of receptive container with water for re-use. - Minimize or elimiate time one must see human body waste. - Reduce amount of water used to clean and maintain: by cleaning and making re-use preparation with same water that fix commode usually just flushes with. - Save energy usually used to run sink, tub, or shower water during cleaning and re-use prepara¬ tion of old manual process. Although the description above contains many specifications, these should not be construed to limit the scope of the invention, but as merely providing an illustration of the present preferred embodiments of this invention. For example, rotary pumps, hand pumps, electric pumps, etc, can replace this pump used for invention illustration. Also, the cable, pinflange and the entire drive train can easily be replaces by a gear and shaft set-up. Therefore, the scope of the invention should be determined by the appended claims and their legal equivalents, rather than by the pre¬ ferred embodiment here stated. This is a continuation in part to 08/038924. This CLP. refers to DDP #345638+330193. This is called the Pump dump Potty (here after called P.d.P.). It is the Preferred Invention because it has less parts and a design that's more universal. The container of the P.d.P. 350 fig. 1000 rotate to dump. Also, the hose rod (fig. 1000) lowers the hose from the front of the apparatus PdP. The original design (08/038924) the container dump horizontal to verticle (container 13 fig. 21). Also, the hose control hose holder lowers the hose (fig. 31, 31 A, B, and C) 162 from rear of apparatus. Also, a hose handle safety cover 304 fig. 1000 covers the hose control handle 162 fig. 1000 for safety protection when handle comes up. The latch elements and linkage (which is used to release the latch), with all its associated parts, fitting and figure have been eliminated because the PdP container need not be locked in a vertical position to be cleaned. The PdP rotates container 350 fig. 1000, dumping body waste out while container is locked in position by pinflange 152 fig. 2000 staying locked in position by hose control handle 162 fig. 2000. The only real new element to the invention is the pump actuated release 330 fig. 1000 + 4500. This has been created to release the cable 154 fig. 1000 and cable pinflange 152 fig. 1000 (which are connected and together are pulled to rotate container 350 fig. 1000 when hose control handle 162 pulls 152 up the cable pinflange track 150 fig. 1000). This is accomplished when pump 170 fig. 1000 + 3000 actuated pump actuated container release 330 fig. 4500 + 1000 which pushes out the hose control handle 162 fig. 2000 + 1000 and now the container return spring 354 fig. 1000 is free to return container 350, cable 154 and cable pinflange 152 to their rest position. This pump actuated con¬ tainer release 330 fig. 4500 + 1000 is detailed in fig.4500. It is designed to never restrict the hose control handle 162 fig. 1000 and 2000. Also, for cleaning the container 350 fig. 1000, the jet 368 fig. 1000 is mounted onto container 350 fig. 1000. Reference numerals container cable hook waste container container latch lip a container axle b container axle container spring hook a container track b container track a container wall bar joint b container wall bar joint a container track wall b container track wall container wall connection bar container return spring a container wall male joint b container wall mall joint a container wall female mount b container wall female mount container hook and cable opening container dump indentation container rest seat 0 container unit 0 front of first wall (container dumping wall) 0 back of first wall (pump and latch linkage support wall) 0 front of second wall (pump & hose switch linkage wall) 0 back of second wall (with incline cable track) 0 front side of third wall 0 back of third wall jet nozzle opening latch case latch pivot hole latch pivot pin latch holding clip latch latch linkage hole spring stop pin latch case indentation spring v-shape spring stop on latch pin spring holding pin latch linkage stabilizer bar latch case hole pulley (on wall 300) pulley (on wall 300) pulley (between wall 400 and 500) wall protudes towards rear of apparatus screw female screw female screw female screw female screw female screw female a pump female wall hole (wall 300) b pump female wall hole (wall 400) release switch stop flange pump axle a pump axle male joint b pump axle male joint a pump axle linkage seat rim b pump axle linkage seat rim a upper second switch linkage brace b lower second switch brace switch spring a pump pin linkage tripper for latch linkage b pump pin linkage tripper for hose switch hose release switch spring plate hose handle release switch a hose control handle release switch on wall 500 side b hose control release switch linkage side on wall 400 screw to secure plate 0 latch linkage 300 wall 2 pump mounted primary linkage 4 hose switch linkage connected to 112 6 hold-down handle at end of pump platform 8 pump platform 0a hole in platform for exhaust hose 120b hole in platform for intake hose 122a pump female wall grove in wall 300 122b pump female wall grove in wall 400 124a pump seat male 124b pump seat male 126a pump handle female guide in wall 300 126b pump handle female guide in wall 400 128 pump handle 128a pump handle guide male 128b pump handle guide male 140 intake hose opening in wall 400 & 500 150 cable track 152 cable pinflange 154 cable 156 hose control spring 158 hose control handle guide cover 160 hose control handle pivot pin screw and bushing 162 hose control handle with spring arm 164 hose control handle stopper 166 hose stopper mount hole 168 hose control hose holder 170 pump 171 flexible plastic crease mat'l 172 intake hose 174 intake valve 176 exhaust hose 178 exhaust valve 180 jet nozzle 182 intake hose weight 190 spring mounted hook 192 drain switch 194 toilet catch stand back 196 toilet catch stand front 350 P.D.P. container 324 hose rod 304 safety cover 368 pump mounted jet 330 pump actuated container release 354 container return spring

Claims: What is new and desired to be protected by letter patend of U.S. is ; Claim 1 A body waste container automatic cleaning and re-use preparation apparatus, who's concept and subsequent mechanics apply and adapt to already existing structures as well as future structures, for any type of non-fix commode container set-up which use re-usable body waste containers that are manually removed from non-fix commode set-ups and manually cleaned, wherein the new invention is automatically cleaned by sitting the new apparatus on top of a fix commode bowl, once body waste has entered, the apparatus dumps itself, and the pump intaking clean water out from fix commode bowl to pump purge clean new apparatus and also automatically depositing water in apparatus for re-use preparation; which comprises: a container with an appendage for mobility from forward and reverse, rotatable, horizontal and vertical to dump body waste and for deposit of water for re-use preparation; and a pump with and intake hose and valve and exhaust hose and valve to intake clean water form the fix commode bowl and exhaust clean water to clean apparatus of waste and deposit clean wat for re-use preparation, and a spring empowered mobile appendage having an aperture gripping intake hose to mobilize between invention apparatus and fix commode; and an intake hose control that controls position of said spring powered mobile appendage having aperture gripping intake hose; and a power drive chain assembly for transferring said spring power to container to take container from rest position to dumping and cleaning position; and a body waste container control to stabilize container in cleaning and dumping position; and a pump mounted linkage actuating means that is in contact with said container control and intak hose control; and an said power drive chain assembly is actuated by said spring empowered mobile rotatable appendage, and an infrastructure to interconnect and support all said parts. Claim 2 The container of claim 1 being irregular is concave with a bowl type base at very front, with curv ing inclining linear bottom extending from concave bowl base going towards rear of apparatus. Allowing plenty of room for waste to escape when container dumps during cleaning cycles. Claim 3 The pump of claim 1 comprising a handle at the end for operation leverage and an axle with notches to push and pull said pump mounted linkage forward to release springmounted hose con¬ trol switch and backwards to release a container control that holds container during dumping and cleaning stage and axle also fits into female openings in walls to secure rotatability for operation there of and also pump seats into said infrastructure and the said pump has intake and exhaust hose and valve respectively. Claim 4 The intake hose control of claim 1 is a hose release switch that is spring loaded so that after acti¬ vated by the pump mounted primary linkage the release switch spring is means of returning switch to ready position. Claim 5 The container control switch of claim 1 is a latch release and is released once pump is approxi¬ mately 3/4 of the way through it's exhaust stroke by the pump mounted linkage of claim 3 and the notches on the pump axle of claim 3 is pulling linkage and thus the latch back to release container to return to it's rest position so that remaining water in pump can go into container to prepare con¬ tainer for re-use. Claim 6 The power drive train of claim 1 is said spring power for the return of the said mobile appendage having aperture gripping intake hose, driving simultaneously the said container with appendage for mobility for dumping and cleaning, though the drive train that comprise a cable connected to a cable hook on container at one end of cable and a track pin that slides through a cable track on the other end as said spring power drives a cable pinflange by said mobile appendage having aperture gripping intake hose to it's rest position. Claim 7 The said cable pinflange of claim 6 that slides through the said track via the spring empowered mobile appendage having aperture gripping intake hose as said pump mounted linkage of claim 3 activates said intake hose release switch of claim 4 and said spring empowered mobile appendage having aperture gripping intake hose is in this preferred embodiment one and the same hose con¬ trol handle with spring arm, that is manually maneuvered from approx 90 to 190 degrees by process defined in claim 6 and 7. Claim 8 The cable track of claim 6 and 7 is on an incline that the cable pinflange which slides through cable track is beneath the surface of the cable track as it reaches the end of the cable track so that the cable pinflange is released from the hose control handle with spring arm that the rest of the process can proceed. Claim 9 The cable pinflange which is attached to the cable that pulls the container to dump it of claim 6 is returned to it's rest position by a return spring and the releasing of the container by the container latch release of claim 5 which the pump mounted primary linkage of claim 3 activated during the exhaust stroke of the pump, and the releasing of the cable pinflange from the hose control handle and spring arm by the cable pinflange fading into the inclining cable track of claim 8. Claim 10 A non fix commode container automatic cleaning and re-use preparation apparatus that rests on a fix commode bowl and through spring power dumps the non fix container apparatus, and through a pump, pumps contaminates out of itself and into the fix commode bowl by means of clean water pumped from fix commode bowl and then same water is pumped through the non-fix commode container area of apparatus, the appratus is cleaned and clean water is then deposited into appara¬ tus for re-use preparation. Claim 11 A non-fix commode container automatic cleaning and re-use preparation apparatus to be adapted to any non-fix commode apparatus which uses a re-usable container for manual cleaning, and said apparatus concept and subsequent mechanics is adaptable to already existing commode container structors as well as structors made with invention apparatus onto them, comprising a pump with appendages means for intaking water form fix commode and exhausting the same water to clean apparatus and deposit water in apparatus for re-use preparation, and a container for means of receiving waste and dumping of the same, and to be cleaned in accor¬ dance with and by said pump and associated appendages and clean water, and a spring driven mechanical apparatus means to mobilize pump appendage and container dump¬ ing, and a pump connected control device to initiate said movable operation, and an infrastructure to support and interconnect all said elements of apparatus. Claim 12 The container of claim 1 is positioned for dumping by the intake hose control handle and cannot be returned to rest position less released and a pump actuated release position to make contact to intake hose control which restricts container via drive train assembly.

Inventors: GUYTON DEAN L, GUYTON, DEAN, L.
Applicants: GUYTON DEAN L, GUYTON, DEAN, L.
Application year: 1994
Main classification: A47K4
IPC codes: A47K11, E03D5, E03D9, E03D11